The Importance of Learning Slowly
Gary Woodill,
Weblog,
Apr 10, 2007
This is expressed a bit differently than usual, but it works: "Like neural networks, the brain is based on vector algebra, rather than numerical computations. Vectors have strength and direction, and many vectors, representing multiple inputs, unite to form a result. The result in the brain is strengthening or weakening of a set of neural connections, a relatively slow process. While a single event can have an impact, it usually takes many events to have a relatively permanent change in the brain (aka "learning") and to extract general features and generate rules from experience." Right. Exactly.
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